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At the onset of ice nucleation from aqueous solutions on a subcooled solid surface, experiments show that the heat flux across the cooling surface has a steep increase.
In this investigation the effect of operating parameters on the deposition of calcium sulphate on heat transfer surface during subcooled flow boiling was studied.
Fouling of heat transfer surfaces during subcooled flow boiling is a frequent engineering problem in process industries.
With the surface subcooling degree increases ranging from 1.0 K to 10 K, the optimum maximum radius of droplet on dropwise region increases from about 0.2 mm to 0.375 mm.
The ideal primary cooling mechanism in this situation is surface evaporation of an ultra-thin, subcooled liquid film that forms on the heated surface.
The formation of micro-pores and cracks were in dependence of the manufacturing conditions of the pastilles (final impacting velocity, degree of subcooling and surface roughness of cooled substrate).
The quenching performance of such surface was tested in both saturated and subcooled water.
In this work, subcooled droplet impact on a highly thermally conductive spherical surface was investigated both theoretically and experimentally.
The rate of growth of chain-folded lamellar crystals from the subcooled melt of polyethylene fractions is treated in terms of surface nucleation theory with the objective of illuminating the origin of the chain folding phenomenon and associated kinetic effects in molecular terms.
Recently, about this topic, at the Institute of Energetic Thermal-Fluid Dynamics of ENEA (the Italian National research body for Energy and Ambient, at Casaccia), experimental tests on the cooling of a hot vertical surface have been carried out, by using spraying devices of various configuration, to supply subcooled water at the top.
In reality hydrate nucleation times depend on both the degree of subcooling and the amount of time the fluid has been subcooled.
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